JP2009511387A - Garbage processing equipment for bagging - Google Patents

Garbage processing equipment for bagging Download PDF

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JP2009511387A
JP2009511387A JP2008535125A JP2008535125A JP2009511387A JP 2009511387 A JP2009511387 A JP 2009511387A JP 2008535125 A JP2008535125 A JP 2008535125A JP 2008535125 A JP2008535125 A JP 2008535125A JP 2009511387 A JP2009511387 A JP 2009511387A
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roller
bag
rectangular
bagging
waste disposal
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チェ スティーブン
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WST International Holdings Ltd
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WST International Holdings Ltd
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Priority claimed from US11/250,802 external-priority patent/US7416084B2/en
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
    • B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
    • B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
    • B07B1/18—Drum screens
    • B07B1/22—Revolving drums
    • B07B1/24—Revolving drums with fixed or moving interior agitators
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C17/00—Disintegrating by tumbling mills, i.e. mills having a container charged with the material to be disintegrated with or without special disintegrating members such as pebbles or balls
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C17/00—Disintegrating by tumbling mills, i.e. mills having a container charged with the material to be disintegrated with or without special disintegrating members such as pebbles or balls
    • B02C17/007—Disintegrating by tumbling mills, i.e. mills having a container charged with the material to be disintegrated with or without special disintegrating members such as pebbles or balls specially adapted for disintegrating refuse
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C17/00—Disintegrating by tumbling mills, i.e. mills having a container charged with the material to be disintegrated with or without special disintegrating members such as pebbles or balls
    • B02C17/02—Disintegrating by tumbling mills, i.e. mills having a container charged with the material to be disintegrated with or without special disintegrating members such as pebbles or balls with perforated container
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03B—SEPARATING SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS
    • B03B9/00—General arrangement of separating plant, e.g. flow sheets
    • B03B9/06—General arrangement of separating plant, e.g. flow sheets specially adapted for refuse
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
    • B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
    • B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
    • B07B1/46—Constructional details of screens in general; Cleaning or heating of screens
    • B07B1/50—Cleaning
    • B07B1/52—Cleaning with brushes or scrapers
    • B07B1/522—Cleaning with brushes or scrapers with brushes
    • B07B1/524—Cleaning with brushes or scrapers with brushes the brushes being rotating
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
    • B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
    • B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
    • B07B1/46—Constructional details of screens in general; Cleaning or heating of screens
    • B07B1/50—Cleaning
    • B07B1/55—Cleaning with fluid jets
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B69/00—Unpacking of articles or materials, not otherwise provided for
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
    • Y02W30/00—Technologies for solid waste management
    • Y02W30/50—Reuse, recycling or recovery technologies
    • Y02W30/52—Mechanical processing of waste for the recovery of materials, e.g. crushing, shredding, separation or disassembly

Abstract

【課題】袋詰めゴミ処理装置の提供。
【解決手段】袋詰めゴミ処理装置はローラー、軟性棒状物収集装置を含む。該ローラーは複数の粉塵ふるい孔、弧状托板、複数の袋破刀を含む。該複数の粉塵ふるい孔は長方形で該ローラー周面に設置し、該弧状托板は縦方向に、かつ中央に向かい突出し、該弧状托板表面には複数のゴミ袋フックを設置し、該複数の袋破刀は尖状で、筒壁に沿って縦方向に分布し、しかも該弧状托板と相対する。該軟性棒状物収集装置は該ローラー後端開口外に設置し、しかも該ローラー内部に伸入し、該ローラー前端に到達し、さらに該軟性棒状物収集装置は矩形長方枠体、錐型跨板、長方形間隙、収集箱を含む。該錐型跨板は該枠体頂縁に設置し、該長方形間隙は該錐型跨板頂端に設置し、該収集箱は該ローラー後端下方に設置し、軟性棒状物を受け取る。該ふるい孔クリーンアップ装置は少なくとも１個のポンプと水管を含み、その一端は該ローラー内に設置し、少なくとも１個のジェットノズルを形成し該ローラー内壁へと噴水し、及びその反対端は該ポンプの出口に接続する。
【選択図】図１Provided is a bagging waste disposal apparatus.
The bagging waste disposal apparatus includes a roller and a soft rod-shaped object collecting apparatus. The roller includes a plurality of dust sieving holes, an arc shaped slat, and a plurality of bag swords. The plurality of dust sieving holes are rectangular and installed on the peripheral surface of the roller, the arc-shaped slats project vertically and toward the center, and a plurality of garbage bag hooks are installed on the surface of the arc-shaped slats. The bag sword has a pointed shape, is distributed in the vertical direction along the cylindrical wall, and is opposed to the arc-shaped slat. The flexible rod collection device is installed outside the opening at the rear end of the roller, extends into the roller, reaches the front end of the roller, and further the flexible rod collection device has a rectangular rectangular frame, a cone-shaped straddle. Includes plates, rectangular gaps, and collection boxes. The conical straddle is installed at the top edge of the frame body, the rectangular gap is installed at the top end of the conical straddle, and the collection box is installed below the rear end of the roller to receive a soft bar. The sieve hole cleanup device includes at least one pump and a water pipe, one end of which is installed in the roller, forms at least one jet nozzle and fountains into the inner wall of the roller, and the opposite end Connect to pump outlet.
[Selection] Figure 1

Description

本発明は廃棄物処理装置に関する。特にゴミを詰めた袋を破ることができ、袋を破った後、ゴミ袋中の軟性棒状物及び粉塵を収集、処理し、後続のゴミ処理に利する袋詰めゴミ処理装置に係る。   The present invention relates to a waste treatment apparatus. In particular, the present invention relates to a bag-processing garbage processing apparatus that can break a bag filled with garbage, collects and processes soft sticks and dust in the bag after the bag is broken, and is useful for subsequent garbage processing.

ゴミ袋中には各種異なる廃棄物を含むため、ゴミ収集員は通常ゴミ袋を開け、回収可能な物質を探す。しかし、これは非常に骨が折れ、また危険な作業である。なぜなら、ゴミ袋中には医療廃棄物などの汚染を含む廃棄物を収容する可能性があるからである。   Because garbage bags contain different types of waste, garbage collectors usually open garbage bags and look for materials that can be collected. However, this is a very laborious and dangerous task. This is because there is a possibility that wastes containing contamination such as medical wastes are accommodated in the garbage bags.

本発明の特徴は袋詰めゴミ処理装置を提供する。本発明第一実施例は中空長筒状ローラー、軟性棒状物収集装置を含み、
該ローラーは進料装置、第一コンベアベルト、斜導板、第二コンベアベルトを含み、
該進料装置は該ローラーの前端前方に位置し、
該第一コンベアベルトは袋詰めゴミを該進料装置から該ローラーへと送入し、
該斜導板は該進料装置後端下縁から下方へと傾斜延伸し、
該第二コンベアベルトは該斜導板下方に位置し、該ローラー内から落ちた物品を次のゴミ処理工程へと輸送し処理を進め、
該軟性棒状物収集装置は該ローラー後端開口外面に設置し、しかも該ローラー内部に伸入し、該ローラー前端に到達し、さらに該軟性棒状物収集装置は矩形長方枠体、錐型跨板、長方形間隙、収集箱を含み、
該錐型跨板は該枠体頂縁に設置し、
該長方形間隙は該錐型跨板頂端に設置し、
該収集箱は該ローラー後端下方に設置し、軟性棒状物を受け取る。 A feature of the present invention is to provide a bagging waste disposal apparatus. The first embodiment of the present invention includes a hollow long cylindrical roller, a soft rod collection device,
The roller includes a fee device, a first conveyor belt, a diagonal plate, a second conveyor belt,
The fee device is located in front of the front end of the roller;
The first conveyor belt feeds bagging waste from the fee device to the roller;
The slanting plate is inclined and extended downward from the lower edge of the rear end of the charging device,
The second conveyor belt is located below the oblique guide plate, and transports the articles dropped from within the rollers to the next dust disposal process,
The soft rod-shaped material collecting device is installed on the outer surface of the rear end opening of the roller, extends into the roller, reaches the front end of the roller, and further the soft rod-shaped material collecting device has a rectangular rectangular frame, a cone-shaped straddle. Including plates, rectangular gaps, collection boxes,
The conical straddle is installed on the top edge of the frame,
The rectangular gap is installed at the top end of the conical straddle plate,
The collection box is installed below the rear end of the roller and receives a soft bar.

本発明もう一つの特徴は袋詰めゴミ処理装置を提供する。本発明第二実施例は中空長筒状ローラー、軟性棒状物収集装置、ふるい孔クリーンアップ装置を含み、
該ローラーは進料装置、第一コンベアベルト、収集箱、第二コンベアベルトを含み、
該進料装置は該ローラーの前端前方に位置し、
該収集箱は該ローラー下方に設置し、
該第二コンベアベルトは該ローラー後端開口下方に位置し、該ローラー内から落ちた物品を次のゴミ処理工程へと輸送し処理を進め、
該軟性棒状物収集装置は該ローラー内から後方へと延伸し、しかも矩形長方枠体、錐型跨板、長方形間隙、第二収集箱を含み、
該錐型跨板は該枠体頂縁に設置し、
該長方形間隙は該錐型跨板頂端に設置し、
該第二収集箱は該軟性棒状物収集装置後端下方に設置し、該軟性棒状物収集装置から落ちた物質を受け取り、
該ふるい孔クリーンアップ装置は少なくとも１組のポンプと水管、及び該水管中に位置するバルブを含み、該水管の一端は該ローラー内に設置し、少なくとも１個のジェットノズルを形成し該ローラー内壁へと噴水し、及びその反対端は該ポンプの出口に接続する。 Another feature of the present invention is to provide a bagging waste disposal apparatus. The second embodiment of the present invention includes a hollow long cylindrical roller, a soft rod collection device, a sieve hole cleanup device,
The roller includes a fee device, a first conveyor belt, a collection box, a second conveyor belt,
The fee device is located in front of the front end of the roller;
The collection box is installed below the roller,
The second conveyor belt is located below the opening at the rear end of the roller, and transports articles dropped from the roller to the next waste disposal process,
The flexible rod-shaped material collection device extends backward from the inside of the roller, and further includes a rectangular rectangular frame, a conical straddle plate, a rectangular gap, and a second collection box,
The conical straddle is installed on the top edge of the frame,
The rectangular gap is installed at the top end of the conical straddle plate,
The second collection box is installed below the rear end of the soft rod collection device, and receives the material dropped from the soft rod collection device,
The sieve hole cleanup device includes at least one pump and water pipe, and a valve located in the water pipe. One end of the water pipe is installed in the roller to form at least one jet nozzle, and the inner wall of the roller And the opposite end connects to the outlet of the pump.

本発明袋詰めゴミ処理装置の第二実施例は、該ローラー中の破られたゴミ袋から落ちて来た物質を洗浄し、汚物、油性物質などを除去することができ、有毒物質を洗い淡化することができ、また本発明は回収を含む後続のゴミ処理手順の安全性を向上させることができる。   The second embodiment of the bag-filling garbage processing apparatus of the present invention is capable of washing the material that has fallen from the torn garbage bag in the roller, removing filth, oily substances, etc. And the present invention can improve the safety of subsequent garbage disposal procedures including recovery.

本発明袋詰めゴミ処理装置の第二実施例は、該ローラー中の破られたゴミ袋から落ちて来た物質を洗浄し、汚泥、ほこり、砂などを除去することができ、該第二装置の操作手順をスムーズにすることができ、さもなければある程度の時間の使用後、ローラー表面の複数の長方形粉塵ふるい孔は詰まってしまう。   The second embodiment of the bag-processing waste disposal apparatus of the present invention is capable of washing the material falling from the torn garbage bag in the roller and removing sludge, dust, sand, etc. The operating procedure can be made smooth, otherwise the rectangular dust screen holes on the roller surface will become clogged after some time of use.

請求項１の発明は、サポートフレーム、駆動装置、ローラー、軟性棒状物収集装置を含み、
該駆動装置は該サポートフレーム上に設置し、
該ローラーは該駆動装置により駆動され、しかもその両端に共に開口を備える中空長筒体で、該ローラーは複数の粉塵ふるい孔、弧状托板、複数の袋破刀を含み、
該複数の粉塵ふるい孔は長方形で該ローラー周面に設置し、
該弧状托板は縦方向に、かつ中央に向かい突出し、該弧状托板表面には複数のゴミ袋フックを設置し、
該複数の袋破刀は尖状で、筒壁に沿って縦方向に分布し、しかも該弧状托板と相対し、 該軟性棒状物収集装置は該ローラー後端開口外に設置し、しかも該ローラー内部に伸入し、該ローラー前端に到達し、さらに該軟性棒状物収集装置は矩形長方枠体、錐型跨板、長方形間隙、収集箱を含み、
該錐型跨板は該枠体頂縁に設置し、
該長方形間隙は該錐型跨板頂端に設置し、
該収集箱は該ローラー後端下方に設置し、軟性棒状物を受け取ることを特徴とする袋詰めゴミ処理装置としている。
請求項２の発明は、請求項１記載の袋詰めゴミ処理装置において、前記袋詰めゴミ処理装置はさらにふるい孔クリーンアップ装置を含み、それは該ローラー外に設置し、しかも複数のブラシホイールを設置し、それは該粉塵ふるい孔に対面し、しかも該ローラー表面と接触することを特徴とする袋詰めゴミ処理装置としている。
請求項３の発明は、請求項１記載の袋詰めゴミ処理装置において、前記ローラー外表面中段位置には環状ギア、駆動ギア、第一動力源を含み、
該駆動ギアは該ローラーサポートフレームの任意の側に設置し、しかも該環状ギアと噛み合い、
該第一動力源は該駆動ギアを回転動させることを特徴とする袋詰めゴミ処理装置としている。
請求項４の発明は、請求項１記載の袋詰めゴミ処理装置において、前記軟性棒状物収集装置はさらに第二動力源、環状伝動装置を含み、
該環状伝動装置は該枠体内部に縦に設置し、しかも該第二動力源により駆動され、それは２個の平行な環状チェーン、該２個の環状チェーン間に設置し、突出する複数の押し棒を含むことを特徴とする袋詰めゴミ処理装置としている。
請求項５の発明は、請求項１記載の袋詰めゴミ処理装置において、前記ローラーは前端から後端へと傾斜することを特徴とする袋詰めゴミ処理装置としている。
請求項６の発明は、請求項１記載の袋詰めゴミ処理装置において、前記サポートフレームの任意の側には前後２個のローラーを含み、該ローラーは該サポートフレーム上方で支えられることを特徴とする袋詰めゴミ処理装置としている。
請求項７の発明は、請求項２記載の袋詰めゴミ処理装置において、前記ふるい孔クリーンアップ装置は２個のサポートフレーム、駆動軸、複数のブラシホイール、駆動装置を含み、
該駆動軸は該２個のサポートフレームの間に設置し、
該ブラシホイールは該駆動軸上に設置し、
該駆動装置は該ブラシホイールを回転動させ該ローラー面に接触させ、各粉塵ふるい孔中の詰まりを清掃することを特徴とする袋詰めゴミ処理装置としている。 The invention of claim 1 includes a support frame, a driving device, a roller, and a flexible rod-shaped material collecting device,
The drive device is installed on the support frame;
The roller is driven by the driving device, and is a hollow cylindrical body having openings at both ends thereof, and the roller includes a plurality of dust sieving holes, an arc shaped slat, and a plurality of bag swords,
The plurality of dust sieve holes are rectangular and are installed on the peripheral surface of the roller;
The arcuate board projects in the longitudinal direction and toward the center, and a plurality of garbage bag hooks are installed on the surface of the arcuate board,
The plurality of bag swords are pointed and distributed in a vertical direction along the cylindrical wall, and are opposed to the arc-shaped slats, and the flexible rod collection device is installed outside the roller rear end opening, and the Extends into the roller, reaches the front end of the roller, and the flexible rod collection device includes a rectangular rectangular frame, a conical straddle plate, a rectangular gap, a collection box,
The conical straddle is installed on the top edge of the frame,
The rectangular gap is installed at the top end of the conical straddle plate,
The collection box is disposed below the rear end of the roller, and is a bagging waste disposal apparatus that receives a soft bar-like material.
According to a second aspect of the present invention, in the bagging garbage processing apparatus according to the first aspect, the bagging garbage processing apparatus further includes a sieve hole cleanup device, which is installed outside the roller and further has a plurality of brush wheels installed. However, it is a bagging garbage disposal device that faces the dust sieving hole and is in contact with the roller surface.
A third aspect of the present invention is the bag-filling garbage disposal apparatus according to the first aspect, wherein the roller outer surface middle position includes an annular gear, a drive gear, and a first power source,
The drive gear is installed on any side of the roller support frame and meshes with the annular gear;
The first power source is a bagging waste disposal apparatus that rotates the drive gear.
According to a fourth aspect of the present invention, in the bag-filling garbage disposal apparatus according to the first aspect, the flexible rod-shaped material collecting device further includes a second power source and an annular power transmission device,
The annular transmission is installed vertically within the frame and driven by the second power source, which is installed between two parallel annular chains, a plurality of pushing pushers installed between the two annular chains. It is set as the bagging waste disposal apparatus characterized by including a stick | rod.
According to a fifth aspect of the present invention, in the bag-filled garbage disposal apparatus according to the first aspect, the roller is inclined from the front end to the rear end.
According to a sixth aspect of the present invention, in the bagging waste disposal apparatus according to the first aspect, the support frame includes two front and rear rollers on an arbitrary side of the support frame, and the rollers are supported above the support frame. It is a bagging garbage disposal device.
The invention according to claim 7 is the bag-filling garbage disposal apparatus according to claim 2, wherein the sieve hole cleanup device includes two support frames, a drive shaft, a plurality of brush wheels, and a drive device.
The drive shaft is installed between the two support frames,
The brush wheel is installed on the drive shaft,
The driving device rotates the brush wheel to bring it into contact with the roller surface to clean the clogging in each dust sieving hole.

請求項８の発明は、サポートフレーム、駆動装置、ローラー、軟性棒状物収集装置、ふるい孔クリーンアップ装置を含み、
該駆動装置は該サポートフレーム上に設置し、
該ローラーは該駆動装置により駆動され、しかもその両端に共に開口を備える中空長筒体で、該ローラーは複数の粉塵ふるい孔、弧状托板、複数の袋破刀を含み、
該複数の粉塵ふるい孔は長方形で該ローラー周面に設置し、
該弧状托板は縦方向に、かつ中央に向かい突出し、該弧状托板表面には複数のゴミ袋フックを設置し、
該複数の袋破刀は尖状で、筒壁に沿って縦方向に分布し、しかも該弧状托板と相対し、 該軟性棒状物収集装置は該ローラー後端開口外に設置し、しかも該ローラー内部に伸入し、該ローラー前端に到達し、さらに該軟性棒状物収集装置は矩形長方枠体、錐型跨板、長方形間隙、収集箱を含み、
該錐型跨板は該枠体頂縁に設置し、
該長方形間隙は該錐型跨板頂端に設置し、
該収集箱は該ローラー後端下方に設置し、軟性棒状物を受け取り、
該ふるい孔クリーンアップ装置は少なくとも１個のポンプと水管を含み、その一端は該ローラー内に設置し、少なくとも１個のジェットノズルを形成し該ローラー内壁へと噴水し、及びその反対端は該ポンプの出口に接続することを特徴とする袋詰めゴミ処理装置としている。
請求項９の発明は、請求項８記載の袋詰めゴミ処理装置において、前記軟性棒状物収集装置はさらに第二動力源、環状伝動装置を含み、
該環状伝動装置は該枠体内部に縦に設置し、しかも該第二動力源により駆動され、それは２個の平行な環状チェーン、該２個の環状チェーン間に設置し、突出する複数の押し棒を含むことを特徴とする袋詰めゴミ処理装置としている。
請求項１０の発明は、請求項８記載の袋詰めゴミ処理装置において、前記ローラーは前端から後端へと傾斜することを特徴とする袋詰めゴミ処理装置としている。
請求項１１の発明は、請求項８記載の袋詰めゴミ処理装置において、前記サポートフレームの任意の側には前後２個のローラーを含み、該ローラーは該サポートフレーム上方で支えられることを特徴とする袋詰めゴミ処理装置としている。 The invention of claim 8 includes a support frame, a driving device, a roller, a soft rod-like material collecting device, a sieve hole cleanup device,
The drive device is installed on the support frame;
The roller is driven by the driving device, and is a hollow cylindrical body having openings at both ends thereof, and the roller includes a plurality of dust sieving holes, an arc shaped slat, and a plurality of bag swords,
The plurality of dust sieve holes are rectangular and are installed on the peripheral surface of the roller;
The arcuate board projects in the longitudinal direction and toward the center, and a plurality of garbage bag hooks are installed on the surface of the arcuate board,
The plurality of bag swords are pointed and distributed in a vertical direction along the cylindrical wall, and are opposed to the arc-shaped slats, and the flexible rod collection device is installed outside the roller rear end opening, and the Extends into the roller, reaches the front end of the roller, and the flexible rod collection device includes a rectangular rectangular frame, a conical straddle plate, a rectangular gap, a collection box,
The conical straddle is installed on the top edge of the frame,
The rectangular gap is installed at the top end of the conical straddle plate,
The collection box is installed below the rear end of the roller to receive a soft bar,
The sieve hole cleanup device includes at least one pump and a water pipe, one end of which is installed in the roller, forms at least one jet nozzle and fountains into the inner wall of the roller, and the opposite end It is set as the bagging waste disposal apparatus characterized by connecting to the outlet of a pump.
The invention according to claim 9 is the bag-filling garbage disposal apparatus according to claim 8, wherein the flexible rod-like material collecting device further includes a second power source, an annular transmission device,
The annular transmission is installed vertically within the frame and driven by the second power source, which is installed between two parallel annular chains, a plurality of pushing pushers installed between the two annular chains. It is set as the bagging waste disposal apparatus characterized by including a stick | rod.
According to a tenth aspect of the present invention, in the bag-filled garbage disposal apparatus according to the eighth aspect, the roller is inclined from the front end to the rear end.
The invention according to claim 11 is the bag-filling garbage disposal apparatus according to claim 8, characterized in that the support frame includes two front and rear rollers on an arbitrary side of the support frame, and the rollers are supported above the support frame. It is a bagging garbage disposal device.

本発明はゴミを詰めた袋を破ることができ、袋を破った後、ゴミ袋中の軟性棒状物及び粉塵を収集、処理し、後続のゴミ処理に便利である。   The present invention can break a bag filled with garbage, and after breaking the bag, it collects and treats soft sticks and dust in the garbage bag, and is convenient for subsequent garbage disposal.

先ず図１〜７に示すように、本発明第一実施例の袋詰めゴミ処理装置は、ローラー１、軟性棒状物収集装置２、ふるい孔クリーンアップ装置３を含む。
該ローラー１は前後端が開いた長方形の中空筒体で、ローラーサポートフレーム１１を含み、後方へと傾斜したローラー１を支える。該ローラー１の最適な傾斜角度は４度で、該ローラーサポートフレーム１１の任意の側には前後２個の回転ホイール１１０を含む。これにより該ローラー１はプラットフォーム上で支えられ、該ローラー１下方にはロート型収集槽１８を設置する。
該ローラー１の傾斜がより高い前端外側には、進料装置１２を設置し、該進料装置１２は袋詰めゴミを輸送し該ローラー１内に入れる進料コンベアベルト１２０を備える。該進料コンベアベルト１２０両側には、高くなったサポート板１２２をそれぞれ設置し、該進料コンベアベルト１２０前端上方と該ローラー１は相互に一定の距離を隔てる。こうして袋詰めゴミを導引し該進料コンベアベルト１２０に落とし入れる入料ロート１２１を設置する。
該ローラー１外表面は複数の長方形粉塵ふるい孔１３が貫通し、該粉塵ふるい孔１３の最適な長さと幅は１５センチ、１４センチである。これにより直径４センチ以下の粉塵をふるい分けることができる。
該ローラー１外表面の中段位置には環状ギア１４を設置し、該ローラーサポートフレーム１１の任意側は該環状ギア１４の位置に対応し、ローラー動力源(モーターなど)１１１により駆動される駆動ギア１１２を設置する。 該駆動ギア１１２と該環状ギア１４は噛み合い、こうして該ローラー動力源１１１により該駆動ギア１１２と該環状ギア１４は駆動され、該ローラー１は該ローラーサポートフレーム１１上において回転することができる。
該ローラー１内壁上には縦方向に、筒壁全体に分布する弧状托板１５を固設する。該弧状托板１５は該ローラー１の中心線に向かい広がり、該弧状托板１５の底部は、該サポートフレーム１５０により該ローラー１内壁と連接し、該弧状托板１５を支える。該弧状托板１５の片面には、複数のやや勾配を呈するゴミ袋フック１５１を設置する。該ローラー１内壁は該弧状托板１５の筒壁上とは異なり、筒壁に沿って縦方向に分布し、しかも鋭く突起する複数の袋破刀１６を設置する。該ローラー１は該進料装置１２の後端開口下縁に対応し、下方へと斜導板１７を斜めに延伸する。該斜導板１７下方にはそれと垂直なコンベアベルト１７０を設置する。該コンベアベルト１７０は該ローラー１内より落ち出て来る物質を次のゴミ処理工程へと輸送する。 First, as shown in FIGS. 1 to 7, the bagging waste disposal apparatus according to the first embodiment of the present invention includes a roller 1, a soft bar collection device 2, and a sieve hole cleanup device 3.
The roller 1 is a rectangular hollow cylinder whose front and rear ends are open, includes a roller support frame 11, and supports the roller 1 inclined backward. The optimum inclination angle of the roller 1 is 4 degrees, and the roller support frame 11 includes two front and rear rotating wheels 110 on any side. Thereby, the roller 1 is supported on the platform, and a funnel-type collection tank 18 is installed below the roller 1.
A fee device 12 is installed outside the front end where the inclination of the roller 1 is higher, and the fee device 12 is provided with a fee conveyor belt 120 for transporting bagged garbage and putting it in the roller 1. The elevated support plates 122 are respectively installed on both sides of the fee conveyor belt 120, and the roller 1 is separated from the roller 1 by a certain distance from the upper front end of the fee conveyor belt 120. In this way, a charging funnel 121 that guides bag-filled trash and drops it on the paying conveyor belt 120 is installed.
A plurality of rectangular dust screen holes 13 penetrates the outer surface of the roller 1, and the optimum length and width of the dust screen holes 13 are 15 cm and 14 cm, respectively. Thereby, dust having a diameter of 4 cm or less can be screened.
An annular gear 14 is installed at the middle position of the outer surface of the roller 1, and an arbitrary side of the roller support frame 11 corresponds to the position of the annular gear 14 and is driven by a roller power source (motor etc.) 111. 112 is installed. The drive gear 112 and the annular gear 14 mesh with each other. Thus, the drive power 112 and the annular gear 14 are driven by the roller power source 111, and the roller 1 can rotate on the roller support frame 11.
On the inner wall of the roller 1, an arcuate plate 15 distributed over the entire cylindrical wall is fixed in the vertical direction. The arc plate 15 extends toward the center line of the roller 1, and the bottom of the arc plate 15 is connected to the inner wall of the roller 1 by the support frame 150 to support the arc plate 15. A plurality of garbage bag hooks 151 having a slight gradient are installed on one side of the arc-shaped slat 15. The inner wall of the roller 1 is provided with a plurality of bag swords 16 that are distributed in the vertical direction along the cylindrical wall and project sharply, unlike the cylindrical wall of the arc-shaped ridge plate 15. The roller 1 corresponds to the lower edge of the opening at the rear end of the fee device 12 and extends the oblique guide plate 17 obliquely downward. A conveyor belt 170 perpendicular to the oblique guide plate 17 is installed below the oblique guide plate 17. The conveyor belt 170 transports the material falling from the roller 1 to the next dust disposal process.

該軟性棒状物収集装置２は該ローラー１後端開口外に設置し、しかも該ローラー１内部へと伸入する。該軟性棒状物収集装置２は矩形長方形の枠体２０を設置し、該枠体２０はサポートフレーム２００により該ローラー１前端外の進料コンベアベルト１２０両側サポート板１２２上方に設置される。また別のサポートフレーム２００は該ローラー１後端開口外に設置され、高く設置する状態を形成する。該枠体２０内部には、環状伝動装置２１を縦に設置し、チェーン２１０により該枠体２０内部において封鎖した循環動作を構成する。該伝動装置２１は２個の封鎖チェーン２１０と動力源(モーターなど)２１１により組成し、該２個のチェーン２１０間には該チェーン２１０に垂直で、かつ突出する複数の押し棒２２を固設する。該各押し棒２２は該各封鎖したチェーン２１０上において等間隔を呈し分布し、該枠体２０上方には錐型跨板２３を固設する。その上方には該各押し棒２２を、その間隙に通過させる逆Ｖ字型の導入部品２３０を設置する。それは該ローラー１内壁上のゴミが該チェーン２１０へ落下進入し、該チェーン２１０の伝動を妨害することを防止することができる。該軟性棒状物収集装置２後端は該ローラー１下方に相対し、該軟性棒状物収集装置２により落下される軟性棒状物を受け取ることができる収集箱２４を設置する。その目的は軟性棒状物を収集し、集中処理を行うことである。   The soft rod-like material collecting device 2 is installed outside the rear end opening of the roller 1 and extends into the roller 1. The flexible rod-shaped material collecting device 2 is provided with a rectangular and rectangular frame 20, and the frame 20 is installed above the support plate 122 on both sides of the fee conveyor belt 120 outside the front end of the roller 1 by a support frame 200. Another support frame 200 is installed outside the rear end opening of the roller 1 and forms a state of being installed higher. An annular transmission device 21 is installed vertically inside the frame body 20 to constitute a circulation operation in which the chain 210 is sealed inside the frame body 20. The transmission device 21 is composed of two blocking chains 210 and a power source (such as a motor) 211, and a plurality of push rods 22 that are perpendicular to the chain 210 and protrude are fixed between the two chains 210. To do. The push rods 22 are distributed at equal intervals on the sealed chains 210, and a conical straddle plate 23 is fixed above the frame body 20. Above this, an inverted V-shaped introduction component 230 is installed to allow the push rods 22 to pass through the gaps. This can prevent the dust on the inner wall of the roller 1 from falling into the chain 210 and hindering the transmission of the chain 210. A rear end of the soft rod-shaped material collecting device 2 is opposed to the lower side of the roller 1, and a collection box 24 that can receive the soft rod-shaped material dropped by the soft rod-shaped material collecting device 2 is installed. The purpose is to collect soft rods and perform intensive processing.

上記配置により、本発明の使用時には、先ず該ローラー動力源１１１と該軟性棒状物収集装置２の動力源２１１のスイッチを入れ、該ローラー１を回転させる。該軟性棒状物収集装置２の押し棒２２は該伝動装置２１に従い運動し、これにより該入料ロート１２１に送り入れ、しかも該進料コンベアベルト１２０に落ち入った袋詰めゴミを該ローラー１内へと押し入れる。この時、該ローラー１は回転動を持続しているため、該ローラー１内の袋破刀１６はゴミ袋を破り、こうしてゴミ袋中のゴミは該ローラー１内に散らばる。並びに、該ローラー１の回転動と同時に、該ローラー１内の弧状托板１５は該ゴミを持ち上げ、しかも該ローラー１の上がった位置まで回転させる。この時、該弧状托板１５表面に設置する複数のゴミ袋フック１５１により、該軟性棒状物Ａは該ゴミ袋フック１５１により引っ掛けられ、一時的に落下しない。一方、他の非軟性棒状物Ｂは該ゴミ袋フック１５１により引っ掛けられないため、下方へと該ローラー１内に落下し回転動を続ける。これら非軟性棒状物Ｂゴミ中に混じる粉塵及び中小型物品の、粉塵は該ローラー１の粉塵ふるい孔１３によりふるわれ、該ローラー１下方へと出され、該ローラー１下方の収集槽１８により集中回収処理される。こうして初期段階のゴミ中の粉塵をふるい集める。   With the above arrangement, when the present invention is used, first, the roller power source 111 and the power source 211 of the flexible rod collection device 2 are switched on, and the roller 1 is rotated. The push rod 22 of the soft rod-shaped material collecting device 2 moves according to the transmission device 21, thereby feeding the bag-filled waste that has been fed into the charge funnel 121 and has fallen into the fee conveyor belt 120 into the roller 1. Push in. At this time, since the roller 1 continues to rotate, the bag sword 16 in the roller 1 breaks the garbage bag, and thus the dust in the garbage bag is scattered in the roller 1. At the same time as the rotation of the roller 1, the arc-shaped saddle plate 15 in the roller 1 lifts the dust and rotates it to a position where the roller 1 is raised. At this time, the soft stick A is hooked by the garbage bag hook 151 by the plurality of garbage bag hooks 151 installed on the surface of the arc-shaped slat 15 and does not fall temporarily. On the other hand, since the other non-soft bar B is not caught by the garbage bag hook 151, it falls down into the roller 1 and continues to rotate. Dust mixed in these non-soft rods B and dust of medium and small-sized articles are sieved by the dust sieving holes 13 of the roller 1, discharged downward of the roller 1, and concentrated by the collection tank 18 below the roller 1. Collected. In this way, dust in the initial stage is collected by sieving.

該弧状托板１５上に掛かる軟性棒状物Ａは、該弧状托板１５により継続し上方へと持ち上げられ、高くなり該軟性棒状物収集装置２の枠体２０上方に相対する時、その相対最高点の位置において、該軟性棒状物Ａは重力の作用を受け、該弧状托板１５から離脱し下方へと墜落する。しかも、該軟性棒状物Ａは棒状を呈するため、落下した軟性棒状物Ａは該軟性棒状物収集装置２の錐型跨板２３上に跨ぎ置かれ易い。この時、該軟性棒状物収集装置２の各押し棒２２は、該錐型跨板２３上において該収集箱２４の方向へと移動を持続するため、該錐型跨板２３上に落下し跨ぎ置かれた軟性棒状物Ａは該錐型跨板２３に沿って該収集箱２４の方向へと押される。該枠体２０後端にまで押されると、該軟性棒状物Ａは該収集箱２４内に落下し収集される。該押し棒２２は該伝動装置２１に従い、該枠体２０下方まで再び戻り循環動作を進行する。   When the soft rod A hanging on the arc-shaped bar 15 is continuously lifted and lifted upward by the arc-shaped bar 15 and rises above the frame 20 of the soft bar-collecting device 2, its relative highest. At the position of the point, the soft rod A is subjected to the action of gravity, and is detached from the arcuate plate 15 and falls downward. Moreover, since the soft bar A has a bar shape, the dropped soft bar A is easily placed on the conical straddle 23 of the soft bar collector 2. At this time, the push rods 22 of the soft rod-shaped object collecting device 2 continue to move in the direction of the collection box 24 on the conical straddle plate 23, and therefore fall on the conical straddle plate 23 and straddle it. The placed soft bar A is pushed along the conical straddle plate 23 toward the collection box 24. When pushed to the rear end of the frame 20, the soft rod A falls into the collection box 24 and is collected. The push rod 22 returns to the lower side of the frame body 20 according to the transmission device 21 and proceeds with the circulation operation.

本発明は該ローラー１を前後に傾斜する状態に設置するため、該ローラー１内に残留する非軟性棒状物Ｂと非粉塵の他のゴミは、該ローラー１後方の開口に沿って回転動する。最後に該斜導板１７によりその他のゴミは持ち出され、下方のコンベアベルト１７０に落ち入る。該コンベアベルト１７０はこれら他のゴミを後続の処理工程Ｐへと輸送し、処理(後続の処理工程Ｐは本発明の重点ではないため、ここでは詳述しない)を行う。上記本発明の全体設計により、効果的で、しかも自動的にゴミ中の粉塵と軟性棒状物Ａを分離することができ、ゴミ分類を迅速にする長所を確実に備える。   In the present invention, the roller 1 is installed in a state where the roller 1 is tilted back and forth, so that the non-soft rod B remaining in the roller 1 and other dust other than dust are rotated along an opening behind the roller 1. . Finally, other dust is taken out by the oblique guide plate 17 and falls on the lower conveyor belt 170. The conveyor belt 170 transports these other trash to the subsequent processing step P, and performs processing (the subsequent processing step P is not an important point of the present invention, and is not described in detail here). The overall design of the present invention described above is effective and can automatically separate the dust and the soft rod A from the garbage, and has the advantage of speeding up the classification of the garbage.

図１、７に示すように、本発明ローラー１は、一定時間の運転使用後、該ローラー１上の粉塵ふるい孔１３は詰まり、粉塵の排出に影響を及ぼす可能性がある。よって、本発明はまたふるい孔クリーンアップ装置３を設計する。それは該ローラー１外に設置し、該ローラー１の筒本体と平行に設置する。
該ローラー１はサポートフレーム３０を備え、該サポートフレーム３０は該ローラー１の筒本体中央位置に向かい、該ローラー１表面と接触する複数のブラシホイール３１を突出設置する。該各ブラシホイール３１は硬質のブラシにより構成し、該ブラシホイール３１はブラシホイール動力源(モーターなど)３２、変速箱３３、チェーン３４、２個のチェーンホイール３５の駆動により回転する。
これにより、操作者が該ローラー１上の粉塵ふるい孔１３が詰まっていることを発見すると、該ふるい孔クリーンアップ装置３のブラシホイール動力源３２を起動し、或いは該ブラシホイール動力源３２を定時起動に設定し、こうして該ブラシホイール３１により、該ブラシホイール３１上の硬質ブラシにより該回転中のローラー１の各粉塵ふるい孔１３に対して、詰まっている粉塵にブラシ掛けをするクリーンアップ作業を行う。これにより該ローラー１の粉塵ふるい孔１３をクリーンアップする機能を達成する。 As shown in FIGS. 1 and 7, the roller 1 of the present invention may clog the dust sieving holes 13 on the roller 1 after a certain period of operation and use, which may affect the discharge of dust. Thus, the present invention also designs a sieve hole cleanup device 3. It is installed outside the roller 1 and installed parallel to the cylinder body of the roller 1.
The roller 1 is provided with a support frame 30, and the support frame 30 projects a plurality of brush wheels 31 in contact with the surface of the roller 1 toward the central position of the cylinder body of the roller 1. Each brush wheel 31 is constituted by a hard brush, and the brush wheel 31 is rotated by driving of a brush wheel power source (such as a motor) 32, a transmission box 33, a chain 34, and two chain wheels 35.
As a result, when the operator finds that the dust sieve hole 13 on the roller 1 is clogged, the brush wheel power source 32 of the sieve hole cleanup device 3 is activated or the brush wheel power source 32 is turned on at a fixed time. The cleaning is performed by brushing the dust that is clogged with the brush wheel 31 against the dust sieve holes 13 of the rotating roller 1 by the brush on the brush wheel 31. Do. Thereby, the function which cleans up the dust sieve hole 13 of this roller 1 is achieved.

本発明第二実施例の袋詰めゴミ処理装置の立体図である図８〜図１６に示すように、袋詰めゴミ処理装置はローラー１、軟性棒状物収集装置２、ふるい孔クリーンアップ装置３Ａを含む。
該ローラー１は前後端が開いた長方形の中空筒体で、ローラーサポートフレーム１１を含み、後方へと傾斜した筒体１０を支える。該筒体１０の最適な傾斜角度は４度で、該ローラーサポートフレーム１１の任意の側には前後２個の回転ホイール１１０を含む。これにより該筒体１０はプラットフォーム上で支えられ、該筒体１０下方にはロート型収集槽１８を設置する。
該ローラー１の傾斜がより高い前端外側には、進料装置１２を設置し、該進料装置１２は袋詰めゴミを輸送し該ローラー１内に入れる進料コンベアベルト１２０を備える。該進料コンベアベルト１２０両側には、高くなったサポート板１２２をそれぞれ設置し、該進料コンベアベルト１２０前端上方と該ローラー１は相互に一定の距離を隔てる。こうして袋詰めゴミを導引し該進料コンベアベルト１２０に落とし入れる入料ロート１２１を設置する。
該筒体１０外表面は複数の長方形粉塵ふるい孔１３が貫通し、該粉塵ふるい孔１３の最適な長さと幅は１５センチ、１４センチである。これにより直径４センチ以下の粉塵をふるい分けることができる。
該筒体１０外表面の中段位置には環状ギア１４を設置し、該ローラーサポートフレーム１１の任意側は該環状ギア１４の位置に対応し、ローラー動力源(モーターなど)１１１により駆動される駆動ギア１１２を設置する。該駆動ギア１１２と該環状ギア１４は噛み合い、こうして該ローラー動力源１１１により該駆動ギア１１２と該環状ギア１４は駆動され、該筒体１０は該ローラーサポートフレーム１１上において回転することができる。
該筒体１０内壁上には縦方向に、筒壁全体に分布する弧状托板１５を固設する。該弧状托板１５は該筒体１０の中心線に向かい広がり、該弧状托板１５の底部は、該サポートフレーム１５０により該筒体１０内壁と連接し、該弧状托板１５を支える。該弧状托板１５の片面には、複数のやや勾配を呈するゴミ袋フック１５１を設置する。該筒体１０内壁は該弧状托板１５の筒壁上とは異なり、筒壁に沿って縦方向に分布し、しかも鋭く突起する複数の袋破刀１６を設置する。該筒体１０内壁上には複数の筒壁に沿って縦方向に分布する長棒１６２を設置する。該筒体１０は該進料装置１２の後端開口下縁に対応し、該筒体１０と垂直なコンベアベルト１７０を設置する。該コンベアベルト１７０は該筒体１０内より落ち出て来る物質を次のゴミ処理工程へと輸送する。 As shown in FIGS. 8 to 16 which are three-dimensional views of the bagging garbage processing apparatus of the second embodiment of the present invention, the bagging garbage processing apparatus includes a roller 1, a soft bar collection device 2, and a sieve hole cleanup device 3A. Including.
The roller 1 is a rectangular hollow cylinder whose front and rear ends are open, includes a roller support frame 11, and supports a cylinder 10 inclined rearward. The optimum inclination angle of the cylindrical body 10 is 4 degrees, and two rotating wheels 110 are provided on the arbitrary side of the roller support frame 11 in the front and rear directions. As a result, the cylinder 10 is supported on the platform, and a funnel-type collection tank 18 is installed below the cylinder 10.
A fee device 12 is installed outside the front end where the inclination of the roller 1 is higher, and the fee device 12 is provided with a fee conveyor belt 120 for transporting bagged garbage and putting it in the roller 1. The elevated support plates 122 are respectively installed on both sides of the fee conveyor belt 120, and the roller 1 is separated from the roller 1 by a certain distance from the upper front end of the fee conveyor belt 120. In this way, a charging funnel 121 that guides bag-filled trash and drops it on the paying conveyor belt 120 is installed.
A plurality of rectangular dust screen holes 13 penetrates the outer surface of the cylindrical body 10, and the optimum length and width of the dust screen holes 13 are 15 cm and 14 cm, respectively. Thereby, dust having a diameter of 4 cm or less can be screened.
An annular gear 14 is installed at the middle position on the outer surface of the cylinder 10, and an arbitrary side of the roller support frame 11 corresponds to the position of the annular gear 14 and is driven by a roller power source (motor etc.) 111. The gear 112 is installed. The drive gear 112 and the annular gear 14 mesh with each other, and thus the drive gear 112 and the annular gear 14 are driven by the roller power source 111, so that the cylindrical body 10 can rotate on the roller support frame 11.
On the inner wall of the cylindrical body 10, an arc-shaped ridge plate 15 distributed in the entire cylindrical wall is fixed in the vertical direction. The arc-shaped saddle plate 15 extends toward the center line of the cylindrical body 10, and the bottom of the arc-shaped saddle plate 15 is connected to the inner wall of the cylindrical body 10 by the support frame 150 to support the arc-shaped saddle plate 15. A plurality of garbage bag hooks 151 having a slight gradient are installed on one side of the arc-shaped slat 15. The inner wall of the cylindrical body 10 is provided with a plurality of bag swords 16 which are distributed in the vertical direction along the cylindrical wall and project sharply, unlike the cylindrical wall of the arc-shaped gutter plate 15. Long bars 162 distributed in the vertical direction along a plurality of cylindrical walls are installed on the inner wall of the cylindrical body 10. The cylinder 10 corresponds to the lower edge of the opening of the rear end of the fee device 12, and a conveyor belt 170 perpendicular to the cylinder 10 is installed. The conveyor belt 170 transports the material falling from the cylinder 10 to the next dust disposal process.

該軟性棒状物収集装置２は該筒体１０後端開口外に設置し、しかも該筒体１０内部へと伸入する。該軟性棒状物収集装置２は矩形長方形の枠体２０を設置し、該枠体２０はサポートフレーム２００により該筒体１０前端外の進料コンベアベルト１２０両側サポート板１２２上方に設置される。また別のサポートフレーム２００は該筒体１０後端開口外に設置され、高く設置する状態を形成する。該枠体２０内部には、環状伝動装置２１を縦に設置し、チェーン２１０により該枠体２０内部において封鎖した循環動作を構成する。該伝動装置２１は２個の封鎖チェーン２１０と、該チェーン２１０を駆動する動力源(モーターなど、図示なし)により組成し、該２個のチェーン２１０間には該チェーン２１０に垂直で、かつ突出する複数の押し棒２２を固設する。該各押し棒２２は該各封鎖したチェーン２１０上において等間隔を呈し分布し、該枠体２０上方には錐型跨板２３を固設する。その上方には該各押し棒２２を、その間隙に通過させる逆Ｖ字型の導入部品２３０を設置する。それは該筒体１０内壁上のゴミが該チェーン２１０へ落下進入し、該チェーン２１０の伝動を妨害することを防止することができる。該軟性棒状物収集装置２後端は該筒体１０下方に相対し、該軟性棒状物収集装置２により落下される軟性棒状物を受け取ることができる収集箱２４を設置する。その目的は軟性棒状物を収集し、集中処理を行うことである。   The flexible rod collection device 2 is installed outside the rear end opening of the cylinder 10 and extends into the cylinder 10. The flexible rod-like material collecting device 2 is provided with a rectangular and rectangular frame 20, and the frame 20 is installed above the support plate 122 on both sides of the fee conveyor belt 120 outside the front end of the cylinder 10 by a support frame 200. Further, another support frame 200 is installed outside the rear end opening of the cylinder 10 and forms a state of being installed higher. An annular transmission device 21 is installed vertically inside the frame body 20 to constitute a circulation operation in which the chain 210 is sealed inside the frame body 20. The transmission device 21 is composed of two blocking chains 210 and a power source (such as a motor, not shown) that drives the chains 210, and between the two chains 210 is perpendicular to the chain 210 and protrudes A plurality of push rods 22 are fixed. The push rods 22 are distributed at equal intervals on the sealed chains 210, and a conical straddle plate 23 is fixed above the frame body 20. Above this, an inverted V-shaped introduction component 230 is installed that allows the push rods 22 to pass through the gaps. This can prevent the dust on the inner wall of the cylindrical body 10 from falling into the chain 210 and hindering the transmission of the chain 210. The rear end of the soft rod-shaped material collecting device 2 is opposed to the lower side of the cylindrical body 10, and a collection box 24 that can receive the soft rod-shaped material dropped by the soft rod-shaped material collecting device 2 is installed. The purpose is to collect soft rods and perform intensive processing.

本発明の筒体１０は、一定時間の運転使用後、該筒体１０上の粉塵ふるい孔１３は詰まり、粉塵の排出に影響を及ぼす可能性がある。よって、本発明はまたふるい孔クリーンアップ装置３Ａを設計する。それは該筒体１０外で、かつ該軟性棒状物収集装置２の枠体２０後端下方に設置する。
該ふるい孔クリーンアップ装置３Ａは２個のポンプ３６、２個の水管３７を備え、その一端は該筒体１０内に設置し、少なくとも１個の該粉塵ふるい孔１３に対面するジェットノズル(図示なし)を形成する。反対端は該ポンプ３６の出口に繋がり、及び２個の制御バルブ３７１を該水管３７中にそれぞれ設置する。ポンプ及びその付属部品の数量は、応用の必要に応じて改変することができる。 After the cylinder 10 of the present invention is used for a certain period of time, the dust sieve hole 13 on the cylinder 10 may be clogged, which may affect the discharge of dust. Thus, the present invention also designs a sieve hole cleanup device 3A. It is installed outside the cylindrical body 10 and below the rear end of the frame 20 of the flexible rod-like object collecting device 2.
The sieve hole cleanup device 3A includes two pumps 36 and two water pipes 37, one end of which is installed in the cylindrical body 10 and a jet nozzle (illustrated) facing at least one of the dust sieve holes 13. None). The opposite ends are connected to the outlet of the pump 36, and two control valves 371 are installed in the water pipe 37, respectively. The quantity of the pump and its accessories can be modified according to the application needs.

上記配置により、本発明の使用時には、先ず該ローラー動力源１１１と該軟性棒状物収集装置２の動力源２１１のスイッチを入れ、該筒体１０を回転させる。該軟性棒状物収集装置２の押し棒２２は該伝動装置２１に従い運動し、これにより該入料ロート１２１に送り入れ、しかも該進料コンベアベルト１２０に落ち入った袋詰めゴミを該筒体１０内へと押し入れる。この時、該筒体１０は回転動を持続しているため、該筒体１０内の袋破刀１６はゴミ袋を破り、こうしてゴミ袋中のゴミは該筒体１０内に散らばり、該長棒１６２は該軟性棒状物(ロープなど)Ａを支える。但し、該長棒１６２が該筒体１０内壁の上方まで回転動すると、該軟性棒状物Ａは重力の作用を受け、該筒体１０内へと墜落し、回転動を持続する。しかも該筒体１０の回転動と同時に、該筒体１０内の弧状托板１５は該ゴミを持ち上げ、しかも該筒体１０の上がった位置まで回転させる。この時、該弧状托板１５表面に設置する複数のゴミ袋フック１５１により、該軟性棒状物Ａは該ゴミ袋フック１５１により引っ掛けられ、一時的に落下しない。一方、他の非軟性棒状物Ｂは該ゴミ袋フック１５１により引っ掛けられないため、下方へと該筒体１０内に落下し回転動を続ける。これら非軟性棒状物Ｂゴミ中に混じる粉塵及び中小型物品の、粉塵は該筒体１０の粉塵ふるい孔１３によりふるわれ、該筒体１０下方へと出され、該筒体１０下方の収集槽１８により集中回収処理される。こうして初期段階のゴミ中の粉塵をふるい集める。   With the above arrangement, when the present invention is used, first, the roller power source 111 and the power source 211 of the soft rod-like material collecting device 2 are switched on, and the cylindrical body 10 is rotated. The push rod 22 of the soft rod-shaped material collecting device 2 moves according to the transmission device 21, thereby feeding the bag-filled waste that has been fed into the charge funnel 121 and has fallen into the fee conveyor belt 120 into the cylinder 10. Push in. At this time, since the cylinder 10 continues to rotate, the bag sword 16 in the cylinder 10 breaks the garbage bag, and thus the dust in the garbage bag is scattered in the cylinder 10 and the length of the cylinder 10 is increased. The bar 162 supports the soft bar (rope, etc.) A. However, when the long bar 162 rotates to the upper side of the inner wall of the cylindrical body 10, the flexible bar A is subjected to the action of gravity and falls into the cylindrical body 10 to continue the rotational movement. Moreover, simultaneously with the rotation of the cylindrical body 10, the arc-shaped gutter plate 15 in the cylindrical body 10 lifts the dust and rotates it to the position where the cylindrical body 10 is raised. At this time, the soft stick A is hooked by the garbage bag hook 151 by the plurality of garbage bag hooks 151 installed on the surface of the arc-shaped slat 15 and does not fall temporarily. On the other hand, since the other non-soft bar B is not hooked by the garbage bag hook 151, it falls into the cylinder 10 downward and continues to rotate. Dust mixed in these non-soft rods B and dust of medium and small-sized articles are sieved by the dust sieving holes 13 of the cylindrical body 10 and are discharged to the lower side of the cylindrical body 10, and the collection tank below the cylindrical body 10. 18 performs a centralized collection process. In this way, dust in the initial stage is collected by sieving.

該弧状托板１５上に掛かる軟性棒状物Ａは、該弧状托板１５により継続し上方へと持ち上げられ、高くなり該軟性棒状物収集装置２の枠体２０上方に相対する時、その相対最高点の位置において、該軟性棒状物Ａは重力の作用を受け、該弧状托板１５から離脱し下方へと墜落する。しかも、該軟性棒状物Ａは棒状を呈するため、落下した軟性棒状物Ａは該軟性棒状物収集装置２の錐型跨板２３上に跨ぎ置かれ易い。この時、該軟性棒状物収集装置２の各押し棒２２は、該錐型跨板２３上において該収集箱２４の方向へと移動を持続するため、該錐型跨板２３上に落下し跨ぎ置かれた軟性棒状物Ａは該錐型跨板２３に沿って該収集箱２４の方向へと押される。該枠体２０後端にまで押されると、該軟性棒状物Ａは該収集箱２４内に落下し収集される。該押し棒２２は該伝動装置２１に従い、該枠体２０下方まで再び戻り循環動作を進行する。   When the soft rod A hanging on the arc-shaped bar 15 is continuously lifted and lifted upward by the arc-shaped bar 15 and rises above the frame 20 of the soft bar-collecting device 2, its relative highest. At the position of the point, the soft rod A is subjected to the action of gravity, and is detached from the arcuate plate 15 and falls downward. Moreover, since the soft bar A has a bar shape, the dropped soft bar A is easily placed on the conical straddle 23 of the soft bar collector 2. At this time, the push rods 22 of the soft rod-shaped object collecting device 2 continue to move in the direction of the collection box 24 on the conical straddle plate 23, and therefore fall on the conical straddle plate 23 and straddle it. The placed soft bar A is pushed along the conical straddle plate 23 toward the collection box 24. When pushed to the rear end of the frame 20, the soft rod A falls into the collection box 24 and is collected. The push rod 22 returns to the lower side of the frame body 20 according to the transmission device 21 and proceeds with the circulation operation.

本発明は該筒体１０を前後に傾斜する状態に設置するため、該筒体１０内に残留する非軟性棒状物Ｂと非粉塵の他のゴミは、該筒体１０後方の開口に沿って回転動し、最後に下方のコンベアベルト１７０に落ち入る。該コンベアベルト１７０はこれら他のゴミを後続の処理工程Ｐへと輸送し、処理(後続の処理工程Ｐは本発明の重点ではないため、ここでは詳述しない)を行う。上記本発明の全体設計により、効果的で、しかも自動的にゴミ中の粉塵と軟性棒状物Ａを分離することができ、ゴミ分類を迅速にする長所を確実に備える。   In the present invention, the cylindrical body 10 is installed in a state where the cylindrical body 10 is tilted back and forth. Rotates and finally falls on the lower conveyor belt 170. The conveyor belt 170 transports these other trash to the subsequent processing step P, and performs processing (the subsequent processing step P is not an important point of the present invention, and is not described in detail here). The overall design of the present invention described above is effective and can automatically separate the dust and the soft rod A from the garbage, and has the advantage of speeding up the classification of the garbage.

本発明のローラー１は、一定時間の運転使用後、該ローラー１上の粉塵ふるい孔１３は詰まり、粉塵の排出に影響を及ぼす可能性がある。よって、操作者が該筒体１０上の粉塵ふるい孔１３が詰まっていることを発見すると、該ふるい孔クリーンアップ装置３Ａを起動し、ジェットノズルにより該筒体１０内へと水を噴射し、該粉塵ふるい孔１３を洗浄する。或いは該ふるい孔クリーンアップ装置３Ａをゴミ袋が該筒体１０に進入すると起動するように設定することができる。こうして汚泥を洗浄し、有毒物質を淡化する機能を備え、後続の処理工程Ｐの安全性を向上させることができる。   In the roller 1 of the present invention, the dust sieving hole 13 on the roller 1 may be clogged after a certain period of operation and use, which may affect the discharge of dust. Therefore, when the operator finds that the dust sieve hole 13 on the cylinder 10 is clogged, the operator activates the sieve hole cleanup device 3A, and jets water into the cylinder 10 by the jet nozzle. The dust sieve hole 13 is washed. Alternatively, the sieve hole cleanup device 3 </ b> A can be set to be activated when a garbage bag enters the cylinder 10. Thus, it is possible to improve the safety of the subsequent processing step P by providing the function of washing the sludge and reducing the toxic substances.

本発明第一実施例の袋詰めゴミ処理装置の立体図である。It is a three-dimensional view of the bagging waste disposal apparatus of the first embodiment of the present invention. 図１のローラーの立体図である。It is a three-dimensional view of the roller of FIG. 軟性棒状物収集装置の拡大立体図である。It is an expanded three-dimensional view of a soft rod-shaped object collection device. 図３のＡ−Ａ線における断面図である。It is sectional drawing in the AA of FIG. 本発明の袋詰めゴミ処理装置に基づく操作を説明する袋詰めゴミ処理装置の前面図である。It is a front view of the bagging garbage processing apparatus explaining operation based on the bagging garbage processing apparatus of this invention. 図１の袋詰めゴミ処理装置の側面図である。It is a side view of the bagging waste disposal apparatus of FIG. ふるい孔クリーンアップ装置の立体図である。It is a three-dimensional view of a sieve hole cleanup device. 本発明第二実施例の袋詰めゴミ処理装置の立体図である。It is a three-dimensional view of the bagging waste disposal apparatus of the second embodiment of the present invention. 図８のローラー、軟性棒状物収集装置、ふるい孔クリーンアップ装置の拡大立体図である。It is an expansion three-dimensional figure of the roller of FIG. 8, a soft rod-shaped object collection apparatus, and a sieve hole cleanup apparatus. ローラーが執行する袋破壊操作を説明する図９の後面図である。It is a rear view of FIG. 9 explaining the bag destruction operation which a roller enforces. 図９の側面図である。FIG. 10 is a side view of FIG. 9. 図８の軟性棒状物収集装置の拡大立体図である。FIG. 9 is an enlarged three-dimensional view of the flexible rod collection device of FIG. 8. 図１２のＢ−Ｂ線における断面図である。It is sectional drawing in the BB line of FIG. 図８のふるい孔クリーンアップ装置の拡大立体図である。FIG. 9 is an enlarged three-dimensional view of the sieve hole cleanup device of FIG. 8. 図１１のローラーの縦方向断面図である。FIG. 12 is a longitudinal sectional view of the roller of FIG. 11. ローラーが執行する袋破壊操作を説明する図１５に類似の指示図である。FIG. 16 is an instruction diagram similar to FIG. 15 for explaining a bag breaking operation performed by a roller.

符号の説明Explanation of symbols

１ ローラー
１１ ローラーサポートフレーム
１１１ ローラー動力源
１１２ 駆動ギア
１１０ 回転ホイール
１０ 筒体
１２ 進料装置
１２０ 進料コンベアベルト
１２１ 入料ロート
１２２ サポート板
１３ 粉塵ふるい孔
１４ 環状ギア
１５ 弧状托板
１５０ サポートフレーム
１５１ ゴミ袋フック
１６ 袋破刀
１６２ 長棒
１７ 斜導板
１７０ コンベアベルト
１８ ロート型収集槽
２ 軟性棒状物収集装置
２０ 枠体
２１ 環状伝動装置
２１０ チェーン
２１１ 動力源
２００ サポートフレーム
２２ 押し棒
２３ 錐型跨板
２３０ 導入部品
２４ 収集箱
３ ふるい孔クリーンアップ装置
３Ａ ふるい孔クリーンアップ装置
３０ サポートフレーム
３１ ブラシホイール
３２ ブラシホイール動力源
３３ 変速箱
３４ チェーン
３５ チェーンホイール
３６ ポンプ
３７ 水管
３７１ 制御バルブ
Ａ 軟性棒状物
Ｂ 非軟性棒状物
Ｐ 後続の処理工程 DESCRIPTION OF SYMBOLS 1 Roller 11 Roller support frame 111 Roller power source 112 Drive gear 110 Rotating wheel 10 Cylindrical body 12 Advancement device 120 Advancement conveyor belt 121 Charge funnel 122 Support plate 13 Dust sieve hole 14 Annular gear 15 Arc-shaped saddle plate 150 Support frame 151 Garbage bag hook 16 Bag breaker 162 Long rod 17 Diagonal plate 170 Conveyor belt 18 Funnel collection tank 2 Flexible rod collection device 20 Frame 21 Annular transmission device 210 Chain 211 Power source 200 Support frame 22 Push rod 23 Conical straddle Plate 230 Introduction component 24 Collection box 3 Sieve hole cleanup device 3A Sieve hole cleanup device 30 Support frame 31 Brush wheel 32 Brush wheel power source 33 Shift box 34 Chain 35 Chain wheel 36 Pump 37 Water pipe 371 Control valve A soft sticks B non soft sticks P subsequent processing steps

Claims (11)

サポートフレーム、駆動装置、ローラー、軟性棒状物収集装置を含み、
該駆動装置は該サポートフレーム上に設置し、
該ローラーは該駆動装置により駆動され、しかもその両端に共に開口を備える中空長筒体で、該ローラーは複数の粉塵ふるい孔、弧状托板、複数の袋破刀を含み、
該複数の粉塵ふるい孔は長方形で該ローラー周面に設置し、
該弧状托板は縦方向に、かつ中央に向かい突出し、該弧状托板表面には複数のゴミ袋フックを設置し、
該複数の袋破刀は尖状で、筒壁に沿って縦方向に分布し、しかも該弧状托板と相対し、 該軟性棒状物収集装置は該ローラー後端開口外に設置し、しかも該ローラー内部に伸入し、該ローラー前端に到達し、さらに該軟性棒状物収集装置は矩形長方枠体、錐型跨板、長方形間隙、収集箱を含み、
該錐型跨板は該枠体頂縁に設置し、
該長方形間隙は該錐型跨板頂端に設置し、
該収集箱は該ローラー後端下方に設置し、軟性棒状物を受け取ることを特徴とする袋詰めゴミ処理装置。 Including support frame, drive device, roller, flexible rod collection device,
The drive device is installed on the support frame;
The roller is driven by the driving device, and is a hollow cylindrical body having openings at both ends thereof, and the roller includes a plurality of dust sieving holes, an arc shaped slat, and a plurality of bag swords,
The plurality of dust sieve holes are rectangular and are installed on the peripheral surface of the roller;
The arcuate board projects in the longitudinal direction and toward the center, and a plurality of garbage bag hooks are installed on the surface of the arcuate board,
The plurality of bag swords are pointed and distributed in a vertical direction along the cylindrical wall, and are opposed to the arc-shaped slats, and the flexible rod collection device is installed outside the roller rear end opening, and the Extends into the roller, reaches the front end of the roller, and the flexible rod collection device includes a rectangular rectangular frame, a conical straddle plate, a rectangular gap, a collection box,
The conical straddle is installed on the top edge of the frame,
The rectangular gap is installed at the top end of the conical straddle plate,
The bag collection waste disposal apparatus, wherein the collection box is installed below the rear end of the roller and receives a soft bar. 請求項１記載の袋詰めゴミ処理装置において、前記袋詰めゴミ処理装置はさらにふるい孔クリーンアップ装置を含み、それは該ローラー外に設置し、しかも複数のブラシホイールを設置し、それは該粉塵ふるい孔に対面し、しかも該ローラー表面と接触することを特徴とする袋詰めゴミ処理装置。   2. The bagging garbage processing apparatus according to claim 1, wherein the bagging garbage processing apparatus further includes a sieve hole cleanup device, which is installed outside the roller and further has a plurality of brush wheels, which are arranged in the dust sieve hole. A bag waste disposal apparatus, which faces the surface of the roller and contacts the roller surface. 請求項１記載の袋詰めゴミ処理装置において、前記ローラー外表面中段位置には環状ギア、駆動ギア、第一動力源を含み、
該駆動ギアは該ローラーサポートフレームの任意の側に設置し、しかも該環状ギアと噛み合い、
該第一動力源は該駆動ギアを回転動させることを特徴とする袋詰めゴミ処理装置。 In the bagging waste disposal apparatus according to claim 1, the roller outer surface middle position includes an annular gear, a drive gear, a first power source,
The drive gear is installed on any side of the roller support frame and meshes with the annular gear;
The bagging waste disposal apparatus, wherein the first power source rotates the drive gear. 請求項１記載の袋詰めゴミ処理装置において、前記軟性棒状物収集装置はさらに第二動力源、環状伝動装置を含み、
該環状伝動装置は該枠体内部に縦に設置し、しかも該第二動力源により駆動され、それは２個の平行な環状チェーン、該２個の環状チェーン間に設置し、突出する複数の押し棒を含むことを特徴とする袋詰めゴミ処理装置。 The bagging waste disposal apparatus according to claim 1, wherein the soft rod-like material collection device further includes a second power source and an annular transmission device,
The annular transmission is installed vertically within the frame and driven by the second power source, which is installed between two parallel annular chains, a plurality of pushing pushers installed between the two annular chains. A bag disposal device for processing garbage, comprising a stick. 請求項１記載の袋詰めゴミ処理装置において、前記ローラーは前端から後端へと傾斜することを特徴とする袋詰めゴミ処理装置。   The bagging waste disposal apparatus according to claim 1, wherein the roller is inclined from the front end to the rear end. 請求項１記載の袋詰めゴミ処理装置において、前記サポートフレームの任意の側には前後２個のローラーを含み、該ローラーは該サポートフレーム上方で支えられることを特徴とする袋詰めゴミ処理装置。   2. The bagging waste disposal apparatus according to claim 1, wherein the support frame includes two front and rear rollers on an arbitrary side of the support frame, and the rollers are supported above the support frame. 請求項２記載の袋詰めゴミ処理装置において、前記ふるい孔クリーンアップ装置は２個のサポートフレーム、駆動軸、複数のブラシホイール、駆動装置を含み、
該駆動軸は該２個のサポートフレームの間に設置し、
該ブラシホイールは該駆動軸上に設置し、
該駆動装置は該ブラシホイールを回転動させ該ローラー面に接触させ、各粉塵ふるい孔中の詰まりを清掃することを特徴とする袋詰めゴミ処理装置。 3. The bagging waste disposal apparatus according to claim 2, wherein the sieve hole cleanup device includes two support frames, a drive shaft, a plurality of brush wheels, and a drive device.
The drive shaft is installed between the two support frames,
The brush wheel is installed on the drive shaft,
The drive device rotates the brush wheel to contact the roller surface to clean the clogs in each dust screen hole. サポートフレーム、駆動装置、ローラー、軟性棒状物収集装置、ふるい孔クリーンアップ装置を含み、
該駆動装置は該サポートフレーム上に設置し、
該ローラーは該駆動装置により駆動され、しかもその両端に共に開口を備える中空長筒体で、該ローラーは複数の粉塵ふるい孔、弧状托板、複数の袋破刀を含み、
該複数の粉塵ふるい孔は長方形で該ローラー周面に設置し、
該弧状托板は縦方向に、かつ中央に向かい突出し、該弧状托板表面には複数のゴミ袋フックを設置し、
該複数の袋破刀は尖状で、筒壁に沿って縦方向に分布し、しかも該弧状托板と相対し、 該軟性棒状物収集装置は該ローラー後端開口外に設置し、しかも該ローラー内部に伸入し、該ローラー前端に到達し、さらに該軟性棒状物収集装置は矩形長方枠体、錐型跨板、長方形間隙、収集箱を含み、
該錐型跨板は該枠体頂縁に設置し、
該長方形間隙は該錐型跨板頂端に設置し、
該収集箱は該ローラー後端下方に設置し、軟性棒状物を受け取り、
該ふるい孔クリーンアップ装置は少なくとも１個のポンプと水管を含み、その一端は該ローラー内に設置し、少なくとも１個のジェットノズルを形成し該ローラー内壁へと噴水し、及びその反対端は該ポンプの出口に接続することを特徴とする袋詰めゴミ処理装置。 Including support frame, drive unit, roller, soft rod collection device, sieve hole cleanup device,
The drive device is installed on the support frame;
The roller is driven by the driving device, and is a hollow cylindrical body having openings at both ends thereof, and the roller includes a plurality of dust sieving holes, an arc shaped slat, and a plurality of bag swords,
The plurality of dust sieve holes are rectangular and are installed on the peripheral surface of the roller;
The arcuate board projects in the longitudinal direction and toward the center, and a plurality of garbage bag hooks are installed on the surface of the arcuate board,
The plurality of bag swords are pointed and distributed in a vertical direction along the cylindrical wall, and are opposed to the arc-shaped slats, and the flexible rod collection device is installed outside the roller rear end opening, and the Extends into the roller, reaches the front end of the roller, and the flexible rod collection device includes a rectangular rectangular frame, a conical straddle plate, a rectangular gap, a collection box,
The conical straddle is installed on the top edge of the frame,
The rectangular gap is installed at the top end of the conical straddle plate,
The collection box is installed below the rear end of the roller to receive a soft bar,
The sieve hole cleanup device includes at least one pump and a water pipe, one end of which is installed in the roller, forms at least one jet nozzle and fountains into the inner wall of the roller, and the opposite end A bagging garbage disposal device connected to an outlet of a pump. 請求項８記載の袋詰めゴミ処理装置において、前記軟性棒状物収集装置はさらに第二動力源、環状伝動装置を含み、
該環状伝動装置は該枠体内部に縦に設置し、しかも該第二動力源により駆動され、それは２個の平行な環状チェーン、該２個の環状チェーン間に設置し、突出する複数の押し棒を含むことを特徴とする袋詰めゴミ処理装置。 9. The bagging waste disposal apparatus according to claim 8, wherein the flexible rod-like material collection device further includes a second power source and an annular transmission device,
The annular transmission is installed vertically within the frame and driven by the second power source, which is installed between two parallel annular chains, a plurality of pushing pushers installed between the two annular chains. A bag disposal device for processing garbage, comprising a stick. 請求項８記載の袋詰めゴミ処理装置において、前記ローラーは前端から後端へと傾斜することを特徴とする袋詰めゴミ処理装置。   9. The bagging waste disposal apparatus according to claim 8, wherein the roller is inclined from the front end to the rear end. 請求項８記載の袋詰めゴミ処理装置において、前記サポートフレームの任意の側には前後２個のローラーを含み、該ローラーは該サポートフレーム上方で支えられることを特徴とする袋詰めゴミ処理装置。   9. The bagging waste disposal apparatus according to claim 8, further comprising two rollers on the arbitrary side of the support frame, the rollers being supported above the support frame.
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